This paper presents a model of firm-level productivity growth that distinguishes between innovation and technology diffusion, and then applies the model to a large-scale data set of Japanese manufacturing and non-manufacturing firms between 1994 and 2000. We find both innovation and diffusion are important factors in firm-level productivity growth. Results also suggest that innovation comes not only directly from R&D activities, but also indirectly from patent purchases and imports. Previously, patent purchases and imports were considered as sources of technology diffusion rather than innovation. In fact, we find patent purchases are more effective in this regard than R&D expenditure.本文フィルはリンク先を参照のこ
This paper examines patent and overseas subsidiary data of 231 large and medium-sized Japanese elect...
This paper examines patent and overseas subsidiary data of 231 large and medium-sized Japanese elect...
This paper investigates the effect of exogenous entry barriers on productivity growth, using an R&am...
This paper presents a model of firm-level productivity growth that distinguishes between innovation ...
This paper presents a model of firm-level productivity growth that distinguishes between innovation ...
This paper presents a model of firm-level productivity growth that distinguishes between innovation ...
This study analyzes the total factor productivity of 1067 Japanese manufacturing firms. In productio...
This paper estimates the contribution of R&D spillovers to productivity growth Japanese manufacturin...
This paper empirically examines the relation between a firm’s productivity and its joint decision of...
This paper investigates changes in the output and productivity of research and development activitie...
This study analyzes the total factor productivity of 1,067 Japanese manufacturing firms. In producti...
The growth process for a technological leader is different from that of a follower. While followers ...
This paper shows that in the short run an increase in foreign firms' industry share lowers the TFP g...
R&D in foreign affiliates and technology transferred from their parent firms are important potential...
R&d in foreign affiliates and technology transferred from their parent firms are important poten...
This paper examines patent and overseas subsidiary data of 231 large and medium-sized Japanese elect...
This paper examines patent and overseas subsidiary data of 231 large and medium-sized Japanese elect...
This paper investigates the effect of exogenous entry barriers on productivity growth, using an R&am...
This paper presents a model of firm-level productivity growth that distinguishes between innovation ...
This paper presents a model of firm-level productivity growth that distinguishes between innovation ...
This paper presents a model of firm-level productivity growth that distinguishes between innovation ...
This study analyzes the total factor productivity of 1067 Japanese manufacturing firms. In productio...
This paper estimates the contribution of R&D spillovers to productivity growth Japanese manufacturin...
This paper empirically examines the relation between a firm’s productivity and its joint decision of...
This paper investigates changes in the output and productivity of research and development activitie...
This study analyzes the total factor productivity of 1,067 Japanese manufacturing firms. In producti...
The growth process for a technological leader is different from that of a follower. While followers ...
This paper shows that in the short run an increase in foreign firms' industry share lowers the TFP g...
R&D in foreign affiliates and technology transferred from their parent firms are important potential...
R&d in foreign affiliates and technology transferred from their parent firms are important poten...
This paper examines patent and overseas subsidiary data of 231 large and medium-sized Japanese elect...
This paper examines patent and overseas subsidiary data of 231 large and medium-sized Japanese elect...
This paper investigates the effect of exogenous entry barriers on productivity growth, using an R&am...